MediTests | Private Blood Tests Online Australia

Order a private blood test online with no GP consult or referral needed. No additional fees and no hidden costs, with clear reference ranges on every result.

Getting a blood test at a MediTests collection centre

No appointment needed

24-48 hrs Average results turnaround

Step one

Order your blood test

Choose from 200+ blood tests or build your own. Once purchased, you'll get an instant pathology request form delivered to your inbox as a PDF, ready for use.

Instant pathology request form

Step two

Walk in to collect your sample

Take your pathology request form to any of our 3,300+ partner collection centres across Australia. No need to book, just walk in and get your sample collected.

3,300+ collection centres

Step three

Receive your results

Your results are reviewed by our AHPRA-registered doctors and sent privately to your email or SMS, usually within 24-48 hours.

Results in 24-48 hours

2,000,000+

Australians have high cortisol levels

affecting sleep, weight, mood and recovery.

500,000+

Australians have low testosterone levels

impacting energy, strength, motivation and libido.

4,000,000+

Australian women suffer from oestrogen imbalances

impacting energy, mood, sleep quality, and daily wellbeing.

Find the answers basic testing never gave you

Every biomarker clinically selected and reviewed by our team. Tap any one to understand what it measures and why it matters.

Cardiovascular disease is the leading cause of death in Australia. These markers go beyond a standard cholesterol check to assess your actual risk, including particle quality, vascular inflammation, and arterial health.

Each LDL, VLDL, and lipoprotein(a) particle carries one ApoB protein, so measuring ApoB directly counts the atherogenic particles in your blood. Many leading cardiologists now view ApoB as a more accurate cardiovascular risk marker than LDL cholesterol alone.
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The primary carrier of cholesterol to cells, and a key driver of atherosclerosis when elevated. Modern guidelines focus on LDL particle number and quality, not just the concentration measured in a standard test.
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Known as the "good" cholesterol because it carries excess cholesterol from the arteries back to the liver for processing. Higher HDL is associated with lower cardiovascular risk, while low HDL is a major independent risk factor.
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All cholesterol not carried by HDL particles, which captures remnant cholesterol most likely to penetrate arterial walls. A stronger predictor of cardiovascular risk than LDL alone.
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The combined measure of all cholesterol in your blood, including HDL, LDL, and VLDL. Provides a starting point for cardiovascular risk but only becomes meaningful when reviewed alongside the individual fractions.
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Fats stored in the blood that the body uses for energy. Elevated triglycerides are strongly linked to metabolic dysfunction, insulin resistance, and cardiovascular disease, especially when combined with low HDL.
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A genetically determined lipoprotein that is highly sticky and prone to depositing in arterial walls. Roughly 1 in 5 Australians carry elevated Lp(a) without knowing, and testing once in your lifetime is recommended by major cardiology guidelines.
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Divides total cholesterol by HDL to produce a composite cardiovascular risk score. A ratio above 5 is considered elevated risk in Australian guidelines.
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The balance between harmful and protective cholesterol, with ratios above 3.5 increasing cardiovascular risk. Tracking this over time shows how diet, exercise, and medication are shifting your risk profile.
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A calculated ratio of triglycerides to HDL that predicts cardiovascular risk more accurately than either measure alone. Reflects the overall balance of atherogenic versus protective lipoprotein particles, and is strongly linked to insulin resistance.
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An amino acid that damages arterial walls when elevated, and is a recognised independent risk factor for heart attack, stroke, and cognitive decline. Often driven by low B12, B6, or folate, and highly actionable with targeted supplementation.
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A sensitive marker of systemic inflammation that independently predicts cardiovascular risk when elevated above 3 mg/L. Detects low-level chronic inflammation that standard CRP misses.
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Insulin resistance develops silently for a decade or more before a diabetes diagnosis. These markers give you an early read on blood sugar regulation, insulin sensitivity, and metabolic function while lifestyle changes are still highly effective.

A 3-month average of blood sugar levels, and the gold standard for diagnosing and monitoring diabetes and pre-diabetes. Unlike fasting glucose, HbA1c is not affected by what you ate the day before.
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Blood sugar level after an overnight fast, providing a snapshot of baseline glucose regulation. Results between 6.1 and 6.9 mmol/L indicate pre-diabetes, a critical window where intervention can prevent progression.
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Measures the amount of insulin your body is producing to keep blood sugar in range. Elevated fasting insulin with normal glucose is the earliest sign of insulin resistance, often years before HbA1c becomes abnormal.
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A waste product from purine metabolism that causes gout when elevated, and independently predicts metabolic syndrome and cardiovascular risk. High-fructose diets, alcohol, and red meat drive levels up.
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A calculated marker derived from fasting triglycerides and fasting glucose, emerging as a highly accurate surrogate for insulin resistance. Strongly predictive of cardiovascular events and metabolic disease progression.
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The primary screening test for thyroid function. High TSH indicates an underactive thyroid, while low TSH suggests an overactive one, though TSH alone misses the full picture without Free T3 and Free T4.
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The main hormone produced by the thyroid, which the body converts into the active T3 form in tissues. Low Free T4 confirms hypothyroidism even when TSH is borderline.
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The active form of thyroid hormone that binds to receptors throughout the body, four times more potent than T4. Some people convert T4 to T3 poorly, causing fatigue and brain fog that standard testing misses.
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Chronic kidney disease affects roughly 1.8 million Australians, yet most are not aware of it. Kidneys do not cause pain until function is severely impaired, and these markers detect decline years before symptoms emerge.

The primary measure of kidney filtering capacity, calculated from creatinine and adjusted for age, sex, and body size. A falling eGFR over time is the clearest signal of progressive kidney disease.
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A waste product from muscle metabolism that healthy kidneys filter efficiently. Elevated creatinine indicates reduced kidney function, though highly muscular individuals often have slightly higher levels without kidney disease.
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A waste product of protein metabolism filtered by the kidneys. Elevated urea alongside high creatinine confirms kidney impairment, though it can also rise from dehydration or a high-protein diet.
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A waste product that accumulates when kidney filtration declines, also linked to gout and metabolic syndrome. Increasingly viewed as a general marker of metabolic and renal health.
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Your liver performs over 500 functions, from filtering toxins to producing proteins that regulate clotting and immunity. Liver enzymes are often the first signal of silent damage, well before symptoms appear.

The most liver-specific enzyme in a standard blood panel, released into the bloodstream when liver cells are damaged or inflamed. Elevated ALT is a primary indicator of fatty liver disease, hepatitis, and alcohol-related liver injury.
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Found in the liver, heart, and muscles. When elevated alongside ALT, this points to liver injury, with the AST/ALT ratio providing additional clues about the underlying cause.
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A sensitive marker for bile duct obstruction and alcohol-related liver damage. GGT is often the first enzyme to elevate in response to alcohol intake and can remain elevated for weeks after drinking stops.
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The most abundant protein in blood plasma, produced almost entirely by the liver. Low albumin reflects reduced liver synthetic function and is a marker of chronic liver disease or significant inflammation.
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An enzyme found in the liver, bile ducts, and bones, with elevations suggesting bile duct obstruction, liver disease, or bone disorders. When raised alongside other liver enzymes, it supports a diagnosis of cholestasis.
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A yellow pigment produced by the breakdown of red blood cells, processed and excreted by the liver. Elevated bilirubin causes jaundice and can indicate liver disease, bile duct obstruction, or haemolysis.
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Measures the total amount of albumin and globulin in the blood, reflecting liver synthesis and immune activity. Abnormal levels help distinguish between liver dysfunction, kidney disease, and immune disorders.
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Men's health blood tests go beyond testosterone. These panels cover prostate health, hormonal balance, cardiovascular risk, and performance markers, with no referral and no judgement.

The total amount of testosterone circulating in the blood, including protein-bound and free fractions. Low total testosterone is associated with fatigue, poor recovery, reduced libido, and loss of muscle mass in men.
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The biologically active fraction of testosterone that is available to exert effects on tissues. Someone can have normal total testosterone but low free testosterone due to high SHBG, which explains symptoms that standard tests miss.
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A protein produced by the liver that binds to testosterone and estradiol, regulating how much of each hormone is biologically active. High SHBG lowers free testosterone availability, while low SHBG is linked to insulin resistance.
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A calculated ratio of total testosterone to SHBG that estimates the proportion of bioavailable testosterone. Low FAI correlates with symptoms of androgen deficiency even when total testosterone appears within range.
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An oestrogen that is essential in small amounts for male bone density, cardiovascular function, and libido. Too much causes water retention, mood changes, and gynaecomastia, particularly in men on TRT.
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A protein produced by prostate tissue, with elevations indicating prostate cancer, benign prostatic hyperplasia, or prostatitis. PSA screening is recommended annually from age 50, or from 40 for men with a family history.
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In men, chronically elevated prolactin suppresses testosterone production and causes low libido, erectile dysfunction, and infertility. Often missed because it is not included in standard hormone panels.
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Produced by the adrenal glands as a precursor the body converts into testosterone and oestrogen. Low DHEA-S is associated with fatigue, low libido, and reduced resilience to stress.
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Released by the pituitary gland to trigger testosterone production in men. Elevated LH with low testosterone points to a testicular issue, while low LH alongside low testosterone suggests a pituitary or hypothalamic problem.
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Stimulates sperm production in men, with elevated FSH signalling impaired spermatogenesis. Best interpreted alongside LH and testosterone for a complete reproductive picture.
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Women's hormonal health is dynamic, cycling monthly, shifting through perimenopause, and intersecting with thyroid, adrenal, and metabolic function in ways a single test visit rarely captures. These panels give the full picture at any stage of life.

The primary oestrogen, critical for bone health, cardiovascular function, and reproductive health. Levels track with the menstrual cycle in women and drop sharply at menopause.
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The hormone that rises after ovulation and sustains a pregnancy in early stages. Low progesterone in the luteal phase indicates anovulation and is a recognised cause of cycle irregularities, PMS, and heavy periods.
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Women produce testosterone too, and both low and high levels drive symptoms ranging from low energy and libido to PCOS-related changes. Best interpreted alongside SHBG and free testosterone.
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Regulates how much testosterone and oestradiol are biologically active in the body. Low SHBG is associated with insulin resistance and PCOS in women.
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An adrenal precursor hormone that the body converts into testosterone and oestrogen. Elevated levels in women may indicate adrenal tumours or PCOS, while low levels are linked to fatigue.
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Elevated prolactin in non-pregnant women suppresses ovulation and is a common cause of irregular or absent periods, infertility, and unexplained nipple discharge. May be driven by a pituitary adenoma or hypothyroidism.
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The LH surge triggers ovulation in women, and it is tracked closely in fertility assessments. Elevated LH alongside low FSH can suggest PCOS.
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Stimulates follicle development in women, with high FSH indicating diminished ovarian reserve. A key marker assessed before IVF and in perimenopause.
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The best available blood test for assessing ovarian reserve, or how many eggs remain. AMH is reliable at any point in the month and relevant for anyone planning a future pregnancy or considering egg freezing.
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A precursor to cortisol and androgens produced in the adrenal glands. Elevated levels are a marker for congenital adrenal hyperplasia and are used to investigate PCOS and unexplained androgen excess in women.
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A full blood count with differential gives a detailed breakdown of all blood cell types, the foundation of immune and haematological health assessment. Patterns across these cells reveal infections, anaemia, autoimmune activity, and more.

The most comprehensive single blood test available, measuring red blood cells, haemoglobin, haematocrit, white blood cells, and platelets. Screens for anaemia, infections, bleeding disorders, and immune deficiencies.
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The protein in red blood cells that carries oxygen around the body. Low haemoglobin causes fatigue and breathlessness, and is the defining feature of anaemia.
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The total number of immune cells circulating in the blood, raised during infection and suppressed by certain medications or immune disorders. Broken down into neutrophils, lymphocytes, monocytes, eosinophils, and basophils for more detail.
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Small cell fragments that form clots to stop bleeding. Low platelets increase bleeding risk, while high levels raise the risk of clotting disorders.
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A ratio derived from the FBC that has emerged as a powerful systemic inflammation and immune stress marker. A rising NLR over successive tests is a red flag worth investigating.
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The main iron storage protein in the body and a far more sensitive marker of iron status than serum iron alone. Low ferritin causes fatigue, hair loss, and poor exercise performance even when haemoglobin is still within range.
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A panel that reveals circulating iron, total transport capacity, and transport saturation. Used alongside ferritin to diagnose iron deficiency anaemia, iron overload, and anaemia of chronic disease.
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Measures immature red blood cells, reflecting how actively your bone marrow is producing new cells. High counts suggest active red cell production, while low counts can indicate bone marrow suppression.
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Even people who eat well can carry significant nutrient deficiencies, driven by absorption issues, genetic variations, restrictive diets, or increased demand from training and stress. Supplementing without testing is guesswork.

The storage form of vitamin D and the most accurate way to assess your body's vitamin D status. Roughly 1 in 4 Australians are deficient, with low levels linked to bone issues, low mood, and increased infection risk.
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Critical for nerve function, red blood cell production, and DNA synthesis. Deficiency is widespread among vegans, older adults, and people with certain absorption or dietary needs, and can cause irreversible nerve damage if left untreated.
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A B vitamin essential for DNA synthesis, cell division, and red blood cell production. Low folate causes anaemia and is a major risk factor for neural tube defects in pregnancy.
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Involved in over 300 enzymatic reactions including energy production, muscle function, and sleep regulation. Deficiency is extremely common, with symptoms that include poor sleep, muscle cramps, anxiety, and migraines.
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An essential mineral for immune function, wound healing, testosterone production, and taste perception. Deficiency is common in vegetarians and older adults, and causes reduced immunity, hair loss, and low libido.
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The biologically active form of B12 (holotranscobalamin) that your body can actually use. A more sensitive marker of functional B12 status than total serum B12, particularly useful when standard results are borderline.
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An amino acid that rises when B12, B6, or folate are low, and damages arterial walls at elevated levels. Acts as a functional marker of methylation status and B vitamin adequacy.
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Electrolytes regulate nerve signalling, muscle contraction, hydration, and blood pressure. Imbalances cause symptoms ranging from fatigue and muscle cramps to dangerous cardiac arrhythmias, and are critical to monitor for anyone on blood pressure medication or diuretics.

The main electrolyte regulating fluid balance and blood pressure in the body. Abnormal sodium levels can reflect dehydration, kidney dysfunction, hormonal disorders, or medication side effects.
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Essential for heart rhythm, muscle contraction, and nerve signalling. Both low and high potassium can cause life-threatening cardiac arrhythmias, making this a critical monitoring marker.
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Works alongside sodium to regulate fluid balance and acid-base status. Abnormal chloride helps identify kidney disease, adrenal disorders, or acid-base imbalances.
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Reflects the body's acid-base balance, which the kidneys and lungs work together to maintain. Abnormal levels indicate metabolic acidosis or alkalosis and can signal kidney or respiratory issues.
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Essential for bone health, muscle contraction, nerve function, and blood clotting. Abnormal calcium can reflect parathyroid disorders, vitamin D deficiency, kidney disease, or certain cancers.
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Works closely with calcium for bone health and energy metabolism. Abnormal phosphate levels can indicate kidney disease, parathyroid disorders, or nutritional deficiencies.
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Chronic low-grade inflammation drives nearly every major disease, from cardiovascular disease to cancer to neurodegeneration. Most people carrying elevated inflammatory markers have no obvious symptoms, and these tests quantify the fire before it causes damage.

A protein produced by the liver that rises rapidly in response to infection, injury, or inflammation. Useful for detecting active inflammation, though less sensitive for chronic low-grade inflammation than hs-CRP.
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Detects low-level chronic inflammation that standard CRP misses. Elevated hs-CRP above 3 mg/L independently predicts cardiovascular risk and is associated with metabolic syndrome and accelerated ageing.
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Measures how quickly red blood cells settle in a tube, serving as a proxy for inflammatory proteins in the blood. A non-specific but useful general inflammation marker, elevated in autoimmune conditions, infections, and malignancies.
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A composite index calculated from platelet, neutrophil, and lymphocyte counts, increasingly recognised as a powerful predictor of mortality and disease prognosis. Reflects the balance of immune activity rather than a single acute-phase response.
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Beyond iron storage, ferritin also rises with inflammation as an acute-phase reactant. Very high ferritin without iron overload can indicate ongoing chronic inflammation or autoimmune activity.
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See it in action

Watch our team walk you through the full process

Watch our team show you exactly how MediTests works from start to finish.

No GP referral or consult required

Choose from 3,300+ testing locations Australia wide

Original lab report from a NATA accredited laboratory

All pricing includes referral, testing and results. No hidden fees.

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Trusted by everyday Australians

Thousands of Aussies trust MediTests to make blood testing fast, easy and stress-free.

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Why Choose MediTests?

Private blood testing without the wait, the referral, or the hassle. Here's how we compare.

Regular Testing

MediTests Recommended

GP referral

✕ Mandatory

✓ Never needed

Wait time for results

✕ Days to weeks

✓ 24-48 hours

Tests available

✕ GP decides

✓ 200+ tests, your choice

Appointment required

✕ Yes, consult needed

✓ No consult needed, walk in

Privacy

✕ Medicare linked

✓ 100% private

Results delivery

✕ Via your doctor

✓ Direct to your inbox

Pricing

✕ Hidden fees and gaps

✓ Upfront, no surprises

Collection centres

✕ Limited locations

✓ 3,300+ nationwide

Get Started

Most Comprehensive Annual 365 Health Check

Your once-a-year health baseline

65+

biomarkers covered across every major body system

$499 $699 Save $200

What's tested

Testosterone Cortisol HbA1c Thyroid Full Blood Count Iron Studies Kidney Function + 58 more

Results in 24-48 hours · Walk into 3,300+ centres

Most Comprehensive Annual Check

The annual check that covers everything.

Most Australians stop at cholesterol and a quick chat with their GP. The 365 Health Check is built for people who want the full picture. Organ function, thyroid, hormones, metabolic health, nutrients, inflammation. Take it once a year and you have a complete record of where your health actually sits.

65+ biomarkers in one panel Liver, kidney, thyroid, hormones, cholesterol, blood sugar, iron studies and key vitamins. No add-ons. No second visits.
Built for year-on-year tracking Take it on the same date each year. Spot trends before they become diagnoses and see exactly how your lifestyle changes are landing.
Catch issues before they become problems Most things develop silently for years before you feel them. The 365 panel flags early signs of prediabetes, thyroid imbalance, hormone shifts and chronic inflammation while there's still time to act.
No GP. No appointment needed. Order online, take your PDF referral to any of 3,300+ collection centres. Results in 24-48 hours.

Order your 365 Health Check See full panel breakdown

What is MediTests

The private blood test built for every Australian

MediTests is an Australian direct-to-consumer private blood testing service that lets you order pathology tests online without a GP referral. Walk into any of 3,300+ NATA-accredited collection centres and get results in 24 to 48 hours.

Founded in Perth, 2023

Born in Perth, Western Australia, MediTests was created to make clinical-grade pathology simple and accessible for every Australian, no matter where you live.

Clinically Designed Panels

Every blood panel is carefully designed by our clinical governance team of doctors, and processed by NATA-accredited Australian pathology labs meeting ISO 15189 standards.

200+ Tests Across 12 Categories

From hormones to genetics, sports performance to STI checks, GLP-1 monitoring to premium full-body panels. Find the exact test you need, or build your own.

Join 5,000+ Australians taking a proactive approach to their health

Order online, walk in to one of 3,300+ collection centres, and get results in 24 to 48 hours.

Get Your Blood Test Now

12 years average time Australians live in poor health due to preventable conditions

24-48hr average turnaround for verified results through MediTests

Your questions answered

Frequently Asked Questions

Everything you need to know about ordering a private blood test in Australia.

Do I need a GP referral or consult to get a blood test?

MediTests is a private, self-request blood testing service. You don't need a GP referral or consult to order any of our 200+ blood tests online. Receive your pathology request form instantly via email as a PDF, then walk into any of 3,300+ collection centres across Australia. Results land in your inbox in 24 to 48 hours. No appointment needed.

What's the difference between MediTests and a GP or telehealth provider?

In Australia's public healthcare system, GPs can only legally order blood tests when there is a documented clinical reason linked to a symptom or condition. If you want to check your hormones, monitor your performance, or understand your baseline health, GPs in Australia often cannot order those tests under Medicare. Telehealth providers face the same restriction. MediTests simply removes that restriction. We do not refuse any blood tests, and you can choose any test you want. Pay one upfront price and access the same pathology tests that GPs and hospitals use, with no consult and no waiting rooms. You can always take your results to your practitioner if you want a discussion, which we always recommend.

How fast will I get my blood test results?

Most blood test results are delivered within 24 to 48 hours of sample collection. You receive your full NATA-accredited pathology report securely via email, showing every marker tested with reference ranges and any values outside normal flagged clearly.

Can I get a hormone test online in Australia?

Yes. MediTests offers comprehensive hormone testing including testosterone, oestradiol, progesterone, SHBG, thyroid function (TSH, Free T3, Free T4), cortisol, prolactin, LH, FSH, AMH and DHEA-S. Browse the hormone test category or build a custom panel. No GP referral required, results in 24 to 48 hours.

What blood test categories does MediTests offer?

MediTests offers 200+ blood tests across 12 categories: Full Body Health Checks, Hormones, Men's Health, Women's Health, STI Checks, Body Building and Sports Bloodwork, DNA and Genetic Tests, Longevity and Biohacking, GLP-1 Therapy Monitoring, Individual Tests, Premium Panels, and Create Your Own custom panels. All available online with no GP referral.

How does the MediTests blood test process work?

Three steps. First, order your blood test online and receive your pathology referral instantly via email as a PDF. Second, walk into any of 3,300+ NATA-accredited collection centres across Australia, no appointment required. Third, receive your full pathology report by email within 24 to 48 hours.

Where can I get my blood collected in Australia?

MediTests partners with 3,300+ NATA-accredited collection centres across every state and territory in Australia, including WA, NSW, VIC, QLD, SA, TAS, ACT and NT. No appointment required. Walk in with your PDF referral during the centre's operating hours.

How accurate are MediTests blood tests?

MediTests blood tests are processed by NATA-accredited Australian pathology laboratories using ISO 15189 medical laboratory standards, the same standards used by GPs, specialists and hospitals across Australia. Results are clinically equivalent to GP-ordered testing.

Can I get a testosterone test without a doctor?

Yes. MediTests offers comprehensive testosterone testing including total testosterone, free testosterone, SHBG and free androgen index from $68. No GP referral required, results in 24 to 48 hours.

How much do private blood tests cost in Australia?

MediTests blood tests start from $68 for a focused single-marker test. Comprehensive panels range from $95 to $1,599 depending on the number of markers included. Pricing is all-inclusive: pathology referral, lab processing, and results delivery. No consultation fees, no hidden charges.

Can I get an STI test privately and discreetly?

Yes. MediTests offers discreet STI testing in Australia covering chlamydia, gonorrhoea, syphilis, HIV, hepatitis B, hepatitis C and herpes. Order online without a GP referral, walk into any collection centre, and receive your results privately by email within 24 to 48 hours.

Can I build a custom blood test panel?

Yes. Create Your Own lets you select markers from 300+ individual tests and build a panel specific to your needs. Choose hormones, vitamins, organ function markers, inflammation markers, metabolic markers or any combination. One blood draw, one streamlined order, one comprehensive report.

What is the 365 Health Check?

The 365 Health Check is MediTests most comprehensive annual blood test, covering 65+ biomarkers across liver, kidney, thyroid, hormones, cholesterol, blood sugar, iron studies and key vitamins in one panel. Designed for year-on-year health tracking from $499. Take it on the same date each year to spot trends before they become diagnoses.